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BTL5-P/I/K/L/M_-M/U_ _ _ _-P-S32/KA_ _

Micropulse Linear Transducer

Digital Output / Profile Housing

4   Wiring

straignt

BKS-S 32M-00

right-angle

BKS-S 33M-00

Cable entry
(PG 9 fitting)

Note the following

when making

electrical connec-

tions:

System and control cabinet

must be at the same

ground potential.
To ensure the electromagnetic

compatibility (EMC) which

Balluff warrants with the CE

Mark, the following instruc-

tions must be strictly

followed.
BTL transducer and the

processor/control must be

connected using

shielded cable.
Shielding: Copper filament

braided, 80% coverage.
The shield must be tied to the

connector housing in the

BKS connector (Fig. 4-1); see

instructions accompanying

the connector.
In the cable version the cable

shield is connected to the

housing in the PG fitting.
The cable shield must be

grounded on the control side,

i.e., connected to the

protection ground.
Pin assignments can be

found in Table 4-1.  Connec-

tions on the controller side

may vary according to the

controller and configuration

used.

When routing the cable between
the transducer, controller and
power supply, avoid proximity to
high voltage lines to prevent noise
coupling.

Especially critical is inductive
noise caused by AC harmonics
(e.g. from phase-control devices),
against which the cable shield
provides only limited protection.

Cable length max. 500 m ;
Ø 6 to 8 mm.

High noise immunity on the line
between the transducer and
processor is provided by the
differential line drivers used for
the RS 485/422 interface. The
differential signal is carried to the
processor, which makes it
available as analog or digital
information for
further  processing.

Fig. 4-1: Connector (optional)

1

YE

3

PK

Inter Input
Interrogate - Input

2

GY

5

GN

Pulse + Output
Pulse - Output

7

BN

6

BU

+24 V
GND

Digital, RS485 differential

24 V (P, M, I, K, L, R)

8

WH

GND

0117a025

1

2

3

4

5

6

7

8

View of mating

connector, wiring side

1

YE

Inter Input

2

GY

Pulse + Output

7

BN

6

BU

+24 V
GND

Digital, Single-ended

24 V (N)

8

WH

GND

0117a026

1

YE

3

PK

Inter Input
Interrogate - Input

2

GY

5

GN

Pulse + Output
Pulse - Output

7

BN

6

BU

+15 V
GND

Digital, RS485 differential

±15 V (P, M, I, K, L, R)

8

WH

-15 V

0117a027

1

YE

Inter Input

2

GY

Pulse + Output

7

BN

6

BU

+15 V
GND

Digital, Single-ended

±15 V (N)

8

WH

- 15 V

0117a028

Fig. 4-2: Pin assignments BKS,
connector type BTL

BKS connector,
view towards
solder side of
female BKS-S
32M-00 or BKS-S
33M-00

Summary of Contents for BTL5-P

Page 1: ...Sensors Worldwide BTL5 P I K L M_ M U_ _ _ _ P S 32 KA_ _ Micropulse Linear Transducer Digital Output Profile Housing Technical Description User s Guide...

Page 2: ......

Page 3: ...stop with tri state Differential stop leading edge active Differential pulse width modulated Differential start stop leading edge active Single ended start stop leading edge active Differential start...

Page 4: ...stallation 3 3 2 Floating magnets 4 3 3 Captive magnets 5 4 Wiring 6 5 Startup 7 5 1 Check connections 7 5 2 Turning on the system 7 5 3 Check output values 7 5 4 Check functionality 7 5 5 Fault condi...

Page 5: ...provides an unreliable signal but which may be entered The electrical connection between the transducer the processor controller and the power supply is via a cable which depending on the version is...

Page 6: ...is attached to the moving member of the machine using non magnetizable screws brass aluminum To ensure the accuracy of the transducer system the moving member must carry the magnet on a track paralle...

Page 7: ...5 stud using 2 nuts Max angle offset Max parallel offset BTL5 M 2814 1S X 48 5 Y 57 BTL5 N 2814 1S X 51 Y 59 5 3 3 Captive magnets Lateral forces are to be avoided when using captive magnets Figs 3 6...

Page 8: ...d power supply avoid proximity to high voltage lines to prevent noise coupling Especially critical is inductive noise caused by AC harmonics e g from phase control devices against which the cable shie...

Page 9: ...the replacement or repair are found a correction should be made Transducers are subject to modification or manufacturing tolerances 5 4 Check functionality The functionality of the transducer system...

Page 10: ...Overvoltage protection Transzorb diodes Electric strength GND to housing 500 V Control arm optional BTL2 GS08 _ _ _ _ A Aluminum dimensions Fig 3 8 Various standard lengths LS available please specify...

Page 11: ...gs and M5 x 22 cylinder head screws DIN 912 max tightening torque 2 Nm NL Nominal stroke Fig 3 2 BTL5 P 3800 2 magnet Fig 3 4 BTL5 P 4500 1 electromagnet 24 V 100 mA Fig 3 3 BTL5 P 5500 2 magnet max p...

Page 12: ...th American Headquarters Balluff Inc 8125 Holton Drive Florence KY 41042 Phone 859 727 2200 Toll free 1 800 543 8390 Fax 859 727 4823 Web www balluff com E Mail balluff balluff com Canada Balluff Cana...

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